ARTS  2.2.66
src Directory Reference
Directory dependency graph for src:
src

Files

file  abs_o2_models.h [code]
 
file  abs_species_tags.cc [code]
 Stuff related to absorption species tags.
 
file  abs_species_tags.h [code]
 Header file for stuff related to absorption species tags.
 
file  absorption.cc [code]
 Physical absorption routines.
 
file  absorption.h [code]
 Declarations required for the calculation of absorption coefficients.
 
file  agenda_class.cc [code]
 Implementation of agendas.
 
file  agenda_class.h [code]
 Declarations for agendas.
 
file  agenda_record.cc [code]
 Implementation of agendas.
 
file  agenda_record.h [code]
 Declarations for AgRecord, storing lookup information for one agenda.
 
file  agendas.cc [code]
 Initialize lookup data for agendas.
 
file  array.h [code]
 This file contains the definition of Array.
 
file  arts.cc [code]
 This file contains global functions.
 
file  arts.h [code]
 The global header file for ARTS.
 
file  arts_getopt.h [code]
 
file  arts_omp.cc [code]
 Helper functions for OpenMP.
 
file  arts_omp.h [code]
 Header file for helper functions for OpenMP.
 
file  bifstream.cc [code]
 This file contains the class implementation of bifstream.
 
file  bifstream.h [code]
 This file contains the class declaration of bifstream.
 
file  binio.cc [code]
 
file  binio.h [code]
 
file  bofstream.cc [code]
 This file contains the class implementation of bofstream.
 
file  bofstream.h [code]
 This file contains the class declaration of bofstream.
 
file  check_input.cc [code]
 
file  check_input.h [code]
 
file  cia.cc [code]
 Implementation file for work with HITRAN collision induced absorption (CIA).
 
file  cia.h [code]
 Header file for work with HITRAN collision induced absorption (CIA).
 
file  cloudbox.cc [code]
 Internal functions for scattering calculations.
 
file  cloudbox.h [code]
 Internal cloudbox functions.
 
file  complex.cc [code]
 A class implementing complex numbers for ARTS.
 
file  complex.h [code]
 A class implementing complex numbers for ARTS.
 
file  config_global.h [code]
 
file  constants.cc [code]
 This file contains global constants.
 
file  continua.cc [code]
 Continuum absorption models.
 
file  continua.h [code]
 This header file contains all the declarations of the implemented continua and full absorption (lines+continuum) models.
 
file  debug.h [code]
 Helper macros for debugging.
 
file  describe.cc [code]
 Describe type and dimensions of a tensor view.
 
file  describe.h [code]
 Header file for describe.cc.
 
file  disort.cc [code]
 This file contains functions related to the DISORT interface.
 
file  disort.h [code]
 Functions for disort interface.
 
file  disort_DISORT.h [code]
 
file  docserver.cc [code]
 Implementation of the arts documentation server.
 
file  docserver.h [code]
 Declarations for the arts documentation server.
 
file  doit.cc [code]
 This file contains functions to calculate the radiative transfer inside the cloudbox using the DOIT method.
 
file  doit.h [code]
 Radiative transfer in cloudbox.
 
file  exceptions.h [code]
 The declarations of all the exception classes.
 
file  Faddeeva.cc [code]
 
file  fastem.cc [code]
 This file contains functions that are adapted from FASTEM code which is used to calculate surface emissivity.
 
file  fastem.h [code]
 This file contains functions that are adapted from FASTEM code which is used to calculate surface emissivity.
 
file  file.cc [code]
 This file contains basic functions to handle ASCII data files.
 
file  file.h [code]
 This file contains basic functions to handle ASCII files.
 
file  gas_abs_lookup.cc [code]
 Implementation of scalar gas absorption lookup table functions.
 
file  gas_abs_lookup.h [code]
 Declarations for the gas absorption lookup table.
 
file  geodetic.cc [code]
 
file  geodetic.h [code]
 
file  geomag_calc.cc [code]
 Routine for calculating the geomagnetic field.
 
file  geomag_calc.h [code]
 The header file for the functions in geomag_calc.cc.
 
file  global_data.h [code]
 
file  gridded_fields.cc [code]
 Implementation of gridded fields.
 
file  gridded_fields.h [code]
 Implementation of gridded fields.
 
file  groups.cc [code]
 Defines workspace variable groups.
 
file  gzstream.cc [code]
 
file  gzstream.h [code]
 
file  interpolation.cc [code]
 Interpolation routines.
 
file  interpolation.h [code]
 Header file for interpolation.cc.
 
file  interpolation_poly.cc [code]
 Interpolation routines for cubic and higher order interpolation.
 
file  interpolation_poly.h [code]
 Header file for interpolation_poly.cc.
 
file  iotraits.h [code]
 
file  jacobian.cc [code]
 Routines for setting up the jacobian.
 
file  jacobian.h [code]
 Declarations required for the calculation of jacobians.
 
file  legendre.cc [code]
 Contains the code to calculate Legendre polynomials.
 
file  legendre.h [code]
 Contains the code to calculate Legendre polynomials.
 
file  lin_alg.cc [code]
 Linear algebra functions.
 
file  lin_alg.h [code]
 Linear algebra functions.
 
file  linemixingrecord.cc [code]
 LineMixingRecord implementation.
 
file  linemixingrecord.h [code]
 LineMixingRecord class for storing line mixing data.
 
file  linerecord.cc [code]
 LineRecord implementation.
 
file  linerecord.h [code]
 LineRecord class for managing line catalog data.
 
file  lineshapes.cc [code]
 Stuff related to lineshape functions.
 
file  logic.cc [code]
 Logical functions.
 
file  logic.h [code]
 Header file for logic.cc.
 
file  m_abs.cc [code]
 Stuff related to the calculation of absorption coefficients.
 
file  m_abs_lookup.cc [code]
 Methods related to absorption, lookup table, etc.
 
file  m_agenda.cc [code]
 Workspace methods for Agenda.
 
file  m_append.h [code]
 Implementation of Append.
 
file  m_atmosphere.cc [code]
 Workspace functions to set variables defining the atmosphere (excluding the surface).
 
file  m_basic_types.cc [code]
 Workspace functions for straightforward operations on variables of basic types.
 
file  m_basic_types.h [code]
 Functions for straightforward operations on variables of basic types.
 
file  m_batch.cc [code]
 Workspace functions for doing batch calculations.
 
file  m_checked.cc [code]
 Workspace functions setting the checked WSVs.
 
file  m_cia.cc [code]
 Workspace methods for HITRAN CIA data.
 
file  m_cloudbox.cc [code]
 Workspace functions related to the definintion of the cloud box.
 
file  m_cloudradar.cc [code]
 Workspace functions related to simulation of cloud radars.
 
file  m_conversion.h [code]
 Implementation of unit conversion functions.
 
file  m_copy.h [code]
 Implementation of Copy.
 
file  m_delete.h [code]
 Implementation of Delete.
 
file  m_disort.cc [code]
 This file contains functions to use the multiple scattering program DISORT.
 
file  m_doit.cc [code]
 This file contains functions to calculate the radiative transfer inside the cloudbox using the DOIT method.
 
file  m_doit2.cc [code]
 
file  m_extract.h [code]
 Implementation of Extract.
 
file  m_fos.cc [code]
 Workspace functions associated with the FOS scattering scheme.
 
file  m_general.cc [code]
 Workspace functions of a general and overall character.
 
file  m_general.h [code]
 Template functions for general supergeneric ws methods.
 
file  m_geodetic.cc [code]
 Workspace functions of geodetic character.
 
file  m_ignore.h [code]
 Implementation of Ignore.
 
file  m_jacobian.cc [code]
 Workspace functions related to the jacobian.
 
file  m_linemixing.cc [code]
 
file  m_montecarlo.cc [code]
 Workspace functions for the solution of cloud-box radiative transfer by Monte Carlo methods. All of these functions refer to 3D calculations.
 
file  m_nc.h [code]
 Workspace methods and template functions for supergeneric NetCDF IO.
 
file  m_optproperties.cc [code]
 This filecontains workspace methods for calculating the optical properties for the radiative transfer.
 
file  m_physics.cc [code]
 Workspace methods of physical character.
 
file  m_planets.cc [code]
 Planet specific workspace methods.
 
file  m_ppath.cc [code]
 Workspace functions releated to propagation paths variables.
 
file  m_reduce.h [code]
 Implementation of Reduce.
 
file  m_refraction.cc [code]
 Workspace methods releated to refraction.
 
file  m_rte.cc [code]
 Workspace functions for solving clear sky radiative transfer.
 
file  m_select.h [code]
 
file  m_sensor.cc [code]
 Workspace functions related to sensor modelling variables.
 
file  m_surface.cc [code]
 Workspace functions associated wih the surface and its properties.
 
file  m_tmatrix.cc [code]
 T-Matrix related workspace methods.
 
file  m_transmitter.cc [code]
 Workspace functions related to transmitters and radiative transfer for transmitted signals.
 
file  m_xml.cc [code]
 Non-template implementations of workspace methods for XML IO.
 
file  m_xml.h [code]
 Workspace methods and template functions for supergeneric XML IO.
 
file  m_zeeman.cc [code]
 
file  main.cc [code]
 This file contains the main function of ARTS, as well as functions to deal with command line parameters.
 
file  make_array.h [code]
 Implements the class MakeArray, which is a derived class of Array, allowing explicit initialization.
 
file  make_auto_md_cc.cc [code]
 
file  make_auto_md_h.cc [code]
 This is a little C++ program that generates the file auto_md.h from the workspace methods data md_data.
 
file  make_auto_workspace_h.cc [code]
 
file  make_vector.cc [code]
 
file  make_vector.h [code]
 The class MakeVector is a special kind of Vector that can be initialized explicitly from one or more arguments of type Numeric.
 
file  math_funcs.cc [code]
 
file  math_funcs.h [code]
 
file  matpack.h [code]
 
file  matpackI.cc [code]
 
file  matpackI.h [code]
 
file  matpackII.cc [code]
 Implementation of sparse matrices.
 
file  matpackII.h [code]
 Header file for sparse matrices.
 
file  matpackIII.cc [code]
 
file  matpackIII.h [code]
 
file  matpackIV.cc [code]
 
file  matpackIV.h [code]
 
file  matpackV.cc [code]
 
file  matpackV.h [code]
 
file  matpackVI.cc [code]
 
file  matpackVI.h [code]
 
file  matpackVII.cc [code]
 
file  matpackVII.h [code]
 
file  mc_antenna.cc [code]
 Monte Carlo Antenna implementation.
 
file  mc_antenna.h [code]
 Workspace functions for the solution of cloud-box radiative transfer by Monte Carlo methods. All of these functions refer to 3D calculations.
 
file  mc_interp.cc [code]
 Interpolation classes and functions created for use within Monte Carlo scattering simulations.
 
file  mc_interp.h [code]
 Interpolation classes and functions created for use within Monte Carlo scattering simulations.
 
file  mc_NotUsed.cc [code]
 
file  messages.cc [code]
 Definitions having to do with the four output streams.
 
file  messages.h [code]
 Declarations having to do with the four output streams.
 
file  methods.cc [code]
 Definition of method description data.
 
file  methods.h [code]
 Declaration of the class MdRecord.
 
file  methods_aux.cc [code]
 Auxiliary material for the workspace methods, which used to be in methods.cc.
 
file  montecarlo.cc [code]
 functions used by MCGeneral
 
file  montecarlo.h [code]
 
file  mystring.h [code]
 This file contains the definition of String, the ARTS string class.
 
file  nc_io.cc [code]
 This file contains basic functions to handle NetCDF data files.
 
file  nc_io.h [code]
 This file contains basic functions to handle NetCDF data files.
 
file  nc_io_array_types.cc [code]
 This file contains functions to handle NetCDF data files.
 
file  nc_io_basic_types.cc [code]
 This file contains functions to handle NetCDF data files.
 
file  nc_io_compound_types.cc [code]
 
file  nc_io_instantiation.h [code]
 
file  nc_io_types.h [code]
 This file contains private function declarations and template instantiation to handle NetCDF data files.
 
file  optproperties.cc [code]
 This file contains definitions and functions related to the optical properties of particles.
 
file  optproperties.h [code]
 Scattering database structure and functions.
 
file  parameters.cc [code]
 This file contains the function get_parameters, which reads command line parameters.
 
file  parameters.h [code]
 This file contains header information for the dealing with command line parameters.
 
file  parser.cc [code]
 
file  parser.h [code]
 
file  partition_function_data.cc [code]
 Coefficients for 3rd order polynomial of partition function in temperature, plus safety check.
 
file  physics_funcs.cc [code]
 
file  physics_funcs.h [code]
 
file  poly_roots.cc [code]
 Contains the code to determine roots of polynomials.
 
file  poly_roots.h [code]
 Contains the code to determine roots of polynomials.
 
file  ppath.cc [code]
 Functions releated to calculation of propagation paths.
 
file  ppath.h [code]
 Propagation path structure and functions.
 
file  ppath_NotUsed.cc [code]
 
file  quantum.cc [code]
 Classes to handle quantum numbers.
 
file  quantum.h [code]
 Classes to handle quantum numbers.
 
file  rational.cc [code]
 Contains some additional functionality of the rational class.
 
file  rational.h [code]
 Contains the rational class definition.
 
file  refraction.cc [code]
 Functions releated to calculation of refractive index.
 
file  refraction.h [code]
 Refraction functions.
 
file  rng.cc [code]
 member functions of the Rng class and gsl_rng code
 
file  rng.h [code]
 Defines the Rng random number generator class.
 
file  rte.cc [code]
 Functions to solve radiative transfer tasks.
 
file  rte.h [code]
 Declaration of functions in rte.cc.
 
file  sensor.cc [code]
 Functions related to sensor modelling.
 
file  sensor.h [code]
 Sensor modelling functions.
 
file  sorting.h [code]
 Contains sorting routines.
 
file  sourcetext.cc [code]
 
file  sourcetext.h [code]
 
file  special_interp.cc [code]
 Interpolation routines for special purposes.
 
file  special_interp.h [code]
 Header file for special_interp.cc.
 
file  species_data.cc [code]
 Implementation of function define_species_data().
 
file  supergeneric.h [code]
 Declarations for supergeneric methods.
 
file  surface.cc [code]
 
file  surface.h [code]
 
file  test_binaryio.cc [code]
 
file  test_cia.cc [code]
 Test Collission Induced Absorption (CIA) functions.
 
file  test_complex.cc [code]
 Test the complex numbers.
 
file  test_geomag_calc.cc [code]
 
file  test_gridded_fields.cc [code]
 
file  test_integration.cc [code]
 Testfile for the AngIntegrate_trapezoid function from math_funcs.cc.
 
file  test_interpolation.cc [code]
 
file  test_legendre.cc [code]
 
file  test_linalg.cc [code]
 Test for the linear algebra functions.
 
file  test_matpack.cc [code]
 
file  test_omp.cc [code]
 
file  test_opt_properties.cc [code]
 
file  test_poly.cc [code]
 
file  test_quantum.cc [code]
 
file  test_readpp.cc [code]
 
file  test_sorting.cc [code]
 
file  test_sparse.cc [code]
 Tests for sparse matrices.
 
file  test_tensor.cc [code]
 
file  test_xml.cc [code]
 
file  tmatrix.cc [code]
 Implementation of the T-Matrix interface.
 
file  tmatrix.h [code]
 Declarations for the T-Matrix interface.
 
file  token.cc [code]
 
file  token.h [code]
 
file  wigner_functions.cc [code]
 
file  wigner_functions.h [code]
 
file  workspace.cc [code]
 Definition of function wsv_data.
 
file  workspace_ng.cc [code]
 This file contains the implementation of the workspace member functions.
 
file  workspace_ng.h [code]
 This file contains the declaration and partly the implementation of the workspace class.
 
file  wsv_aux.h [code]
 Auxiliary header stuff related to workspace variable groups.
 
file  xml_io.cc [code]
 This file contains basic functions to handle XML data files.
 
file  xml_io.h [code]
 This file contains basic functions to handle XML data files.
 
file  xml_io_array_types.cc [code]
 This file contains basic functions to handle XML data files.
 
file  xml_io_basic_types.cc [code]
 This file contains basic functions to handle XML data files.
 
file  xml_io_compound_types.cc [code]
 This file contains basic functions to handle XML data files.
 
file  xml_io_instantiation.h [code]
 This file contains template instantiations to handle XML data files.
 
file  xml_io_private.h [code]
 This file contains private function declarations and template instantiation to handle XML data files.
 
file  xml_io_types.h [code]
 This file contains private function declarations and template instantiation to handle XML data files.